A radiographic facility for the 70-GeV proton accelerator of the institute for high energy physics

@article{Antipov2010ARF,
  title={A radiographic facility for the 70-GeV proton accelerator of the institute for high energy physics},
  author={Yu. M. Antipov and A. G. Afonin and A. V. Vasilevskii and Iu. A. Gusev and Vitaliia Demyanchuk and O. V. Zyat’kov and N. A. Ignashin and Yu. Karshev and Andrey V. Larionov and A. V. Maksimov and A. V. Matyushin and A. V. Minchenko and M. S. Mikheev and V. A. Mirgorodskii and V. N. Peleshko and V. D. Rud’ko and Victor Terekhov and Nikolai Evgen'evich Tyurin and Yu. S. Fedotov and Yu. A. Trutnev and Vasily V. Burtsev and Aleksndr A. Volkov and Igor A. Ivanin and S. A. Kartanov and Yu. P. Kuropatkin and Alexander Leonidovich Mikhailov and K. L. Mikhailyukov and Ognyan Oreshkov and Alexander V Rudnev and G. M. Spirov and Mikhail Syrunin and M. V. Tatsenko and I. A. Tkachenko and Iliya Khramov},
  journal={Instruments and Experimental Techniques},
  year={2010},
  volume={53},
  pages={319-326}
}
A radiographic facility for the 70-GeV proton a ccelerator of the Institute for High Energy Physics is described. The available infrastructure in the initial straight part of the injection channel is used in the facility. The 100-mm-diameter lenses of the injection line ar e intended for transportation of the proton beam from the U-70 accelerator to the accelerating—storage complex. The facility has been designed only for an energy of 50 GeVwith a viewfield of 60 mm and used for imaging of… CONTINUE READING